SpaceX is preparing to build its own mobile network on the ground, alongside its existing satellite infrastructure.
Qualcomm announced Nov. 4 that Starlink Mobile has selected its Dragonwing cellular technology for a planned nationwide US 5G network, with deployment expected to begin in 2027.
For MSPs and enterprise connectivity providers, the agreement introduces a potential new competitor to established wireless carriers. It could also create another service to sell and manage, although SpaceX has not announced reseller or wholesale arrangements for the planned network.
Dragonwing platforms will support radio and baseband processing
Starlink Mobile’s planned infrastructure will use a 64-transmit, 64-receive (64T64R) Massive MIMO configuration to improve coverage and increase the amount of traffic its cellular sites can handle. Two Qualcomm Dragonwing platforms will divide the processing work.
- QRU100: Provides processing for Massive MIMO radio units, supporting the antennas responsible for wireless transmission and reception.
- QDU100: Performs time-sensitive baseband operations in the distributed unit, using commercial-grade Layer 1 software for essential 5G signal processing.
The QRU100 platform also supports Open RAN specifications, which allow operators to use standardized interfaces between network components. Similar open architectures are being incorporated into telecommunications network modernization projects across the industry.
Both processors are designed to deliver higher performance per watt, helping reduce energy consumption during network operations. This efficiency becomes more important at scale, with tens of thousands of cellular sites planned across multiple rollout phases.
Combining terrestrial 5G with satellite coverage
SpaceX’s expansion also involves acquiring additional wireless spectrum. In October, the company agreed to purchase Grain Management’s nationwide 800 MHz portfolio, subject to FCC approval and other closing conditions.
The lower-frequency spectrum is expected to improve reception inside buildings, where walls can weaken cellular signals. Its 2 GHz mid-band spectrum is intended to supply higher-bandwidth connections, giving the operator different frequency bands for coverage and capacity.
Existing Starlink Mobile services already connect compatible LTE phones through satellites and carrier partnerships, including T-Mobile. Next-generation satellites would provide faster mobile data, and ground-based infrastructure would allow SpaceX to operate conventional cellular coverage as part of its broader network.
Starlink Mobile could expand managed connectivity services
Channel partners already package Starlink satellite broadband into enterprise networking contracts. Granite Telecommunications offers it with managed network monitoring and automated failover. WEI Connect, on the other hand, integrates satellite access into its SD-WAN services.
A retailer with multiple stores and field teams may use satellite broadband as backup internet access at fixed locations, while cellular connections support employees working on the move.
If Starlink Mobile becomes available through the channel, MSPs managing those stores would have another connectivity option for mobile operations and the associated support work.
Combining both access methods under one operator, however, does not necessarily provide independent backup connections. Cellular and satellite services may share critical infrastructure, potentially exposing customers to a common outage.
MSPs selling network redundancy would need to verify path diversity and test failover before extending uptime commitments.
No reseller or wholesale arrangements have been announced for the planned terrestrial network. Business coverage, partner provisioning access, and service-level terms will determine whether existing Starlink partners can sell and manage the new offering.
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